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This Concept Map, created with IHMC CmapTools, has information related to: Weak form of electric-magnetic duality, in its weakest form (WEMED) that the tangential component of induced Kaehler form at partonic 2-surface defining analog of magnetic field equals to its normal component defining analog of component of electric field normal to the partonic 2-surface so that a boundary condition at wormhole throats is in question, WEAK FORM OF ELECTRIC-MAGNETIC DUALITY (WEMD) states in its weakest form (WEMED) that the tangential component of induced Kaehler form at partonic 2-surface defining analog of magnetic field equals to its normal component defining analog of component of electric field normal to the partonic 2-surface, the observation that CP_2 Kaehler form is self-dual: it corresponds to field which carries electric charge Q_e and magnetic charge Q_m such that Q_e=Q_m suggesting that a weak form of self-duality might hold true meaning that wormhole throats assignable to elementary particles carry identical Kaehler-magnetic and -electric fluxes, the couplings constant strenghts in two phases relate by g_e^2 =k/g_m^2, where k a numerical constant: this holds true already for Dirac monopoles implying that the magnetic formulation is practical when the running coupling constant g_e is so large that perturbation theory fails, WEAK FORM OF ELECTRIC-MAGNETIC DUALITY (WEMD) is TGD counterpart of Montonen-Olive duality, the vision about TGD as almost topological quantum field theory (TQFT) obtained classically if the condition j^αA_α=0 for Kahler current and induced Kaehler potential holds for preferred extremals, the model of elementary particles and hadrons since the condition that wormhole throats are magnetic monopoles fixes the structure of elementary particle to a high degree, WEAK FORM OF ELECTRIC-MAGNETIC DUALITY (WEMD) allows to realize the vision about TGD as almost topological quantum field theory (TQFT), WEAK FORM OF ELECTRIC-MAGNETIC DUALITY (WEMD) is motivated by the observation that CP_2 Kaehler form is self-dual: it corresponds to field which carries electric charge Q_e and magnetic charge Q_m such that Q_e=Q_m, TGD counterpart of Montonen-Olive duality stating that theory can be formulated either in terms of magnetically or electrically charged fundamental objects, WEAK FORM OF ELECTRIC-MAGNETIC DUALITY (WEMD) fixes to high degree the model of elementary particles and hadrons, the condition j^αA_α=0 for Kahler current and induced Kaehler potential holds for preferred extremals so that by WEMD the value of Kaehler action reduces to 3-D boundary term in turn reducing to Chern-Simons Kaehler action, theory can be formulated either in terms of magnetically or electrically charged fundamental objects stating that the couplings constant strenghts in two phases relate by g_e^2 =k/g_m^2, where k a numerical constant: this holds true already for Dirac monopoles, TGD counterpart of Montonen-Olive duality stating that the couplings constant strenghts in two phases relate by g_e^2 =k/g_m^2, where k a numerical constant: this holds true already for Dirac monopoles
